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ecef_g.m
function [xg,yg,zg]=ecef_g(long,lat,xe,ye,ze,xu,yu,zu)
%将用户坐标从地心地固转到用户水平坐标系
trans=2*pi/360;
xg=cos(trans*long)*(ye-yu)-sin(trans*long)*(xe-xu); % 公式
yg=cos(trans*lat)*(ze-zu)-sin(
ecef_g.m
function [xg,yg,zg]=ecef_g(long,lat,xe,ye,ze,xu,yu,zu)
%将用户坐标从地心地固转到用户水平坐标系
trans=2*pi/360;
xg=cos(trans*long)*(ye-yu)-sin(trans*long)*(xe-xu); % 公式
yg=cos(trans*lat)*(ze-zu)-sin(
ecef_g.m
function [xg,yg,zg]=ecef_g(long,lat,xe,ye,ze,xu,yu,zu)
%将用户坐标从地心地固转到用户水平坐标系
trans=2*pi/360;
xg=cos(trans*long)*(ye-yu)-sin(trans*long)*(xe-xu); % 公式
yg=cos(trans*lat)*(ze-zu)-sin(
ecef_g.m
function [xg,yg,zg]=ecef_g(long,lat,xe,ye,ze)
%*********************************
% ** 将用户坐标从地心地固转到用户水平坐标系
% ** long经度 lat纬度
% **********************************
trans=2*pi/360;
xg=cos(trans
project.g_c
;Please do not modify this file!
;The file contains internal information about the Processor Expert project generation
[Options]
ProjectName=Project
ProjectDirectory=C:\Documents and Settings\Admi
g726.c
/*
* G.726 ADPCM audio codec
* Copyright (c) 2004 Roman Shaposhnik.
*
* This is a very straightforward rendition of the G.726
* Section 4 "Computational Details".
*
* This library is free softw
version01.g
options{
language="Cpp";
}
class Datalexer extends Lexer;
options
{
charVocabulary = '\0'..'\377';